NPSBN Capacity and Priority Management Overvie and Priority Management.pdf•QoS: QoS mechanisms...
Transcript of NPSBN Capacity and Priority Management Overvie and Priority Management.pdf•QoS: QoS mechanisms...
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Integrated Public Safety Commission www.in.gov/ipsc
NPSBN – Capacity and Priority Management Overview
Dominick Arcuri, Indiana FirstNet NPSBN, Senior Advisor
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Topics
• Background, Definitions & Objectives
• Congestion Situations
• LTE Quality of Service (QoS), Priority and Preemption (“QPP”)
• Network States & Dynamic Controls
• Responder Emergency & Immediate Peril Definitions
• Examining QPP in State Plan Review
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Background
• FirstNet will deploy network on licensed spectrum (Band 14)
• AT&T is the chosen partner and will be allowed to let commercial users on Band 14 but must provide priority and preemption for public safety
• AT&T will also make use of its existing spectrum while Band 14 is being built out
• QoS, Priority and Preemption may differ on AT&T system
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FirstNet RFP Objective #10
Provide a solution that allows the assignment of quality of service, priority, and preemption (QPP) parameters to user profiles using the standard service control parameters defined by 3GPP and the Internet Engineering Task Force, including Access Class, Quality Class Indicator (QCI), Allocation and Retention Priority (ARP), and Differentiated Service (Diff Serve). Allow control and management of static and dynamic assigned QPP parameters for public safety users and the ability to change user profiles in real time in response to incidents. User profile assignments and changes should be managed locally by PSEs.
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Definitions
• Quality of Service (QoS), Priority, and Preemption (aka QPP) - key concepts for public safety operation on the NPSBN.
• QoS: QoS mechanisms allow network operators to differentiate and control the performance experienced by certain groups.1
• Priority: Priority is a network capability that enables a user’s application or usage of the network to take precedence over another user’s application or usage of the network.
• Preemption: A network capability that permits authorized high priority traffic to take over resources assigned to lower priority traffic.
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1 – Olsson, EPC and 4G Packet Networks, 2nd Edition, Academic Press, Chapter 8 intro.
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Situation Today
FN Aug ‘15 Industry Day
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Congestion Today
FN Aug ‘15 Industry Day
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Future NPSBN
FN Aug ‘15 Industry Day
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LTE and QPP
• Access Class: Every device is assigned an Access Class – Emergency Services users will be assigned a higher AC
• Allocation and Retention Priority (ARP): Used to control preemption, based on user and application
• QoS Class Identifiers (QCIs): Used to control packet and scheduling priority by application
LTE has inherent QPP controls
NPSTC Priority and QoS Working Group
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Congestion and the Network
• Congestion can impair a user’s experience such as slow application response, delayed downloads, choppy video, Etc.
• Congestion can occur in various portions of the network• The air interface to the user device is the most likely cause of congestion
• The NPSBN’s assigned spectrum provides a theoretical maximum bit rate of 74Mbps in the downlink and 36Mbps in the uplink.
• This capacity is shared by all users using that spectrum on that site/sector
• Capacity to a given device is greatly dependent on the user’s distance from the site - Users at the cell edge will reduce the overall capacity
• Congestion may also occur on the backhaul network• This form of congestion is broader and may affect a larger number of
users
QPP only comes into play when the network is congested.
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Congestion Examples
• Capacity and congestion over the air can be very localized• Each cell sector may be operating at different capacity/loading• One site/sector could be strained or congested by an incident
while an adjacent site could have nearly full capacity
FN QPP Intro
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Backhaul Priority
• QoS and Priority capabilities can also be established in the backhaul network using features such as Differentiated Services (Diff Serve) and IP – MPLS (Multi-Protocol Layer Switching)
• Mapping must be done between the air interface and backhaul QoS parameters
FN QPP Intro
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A Model for QPP
• QPP parameters will be defined to control QoS, Priority and Preemption for public safety users
• Type of user
• Static
• Dynamic (operational)
• Incident data
• Application data
• Static
• Dynamic (operational)
The goal is for QPP to work with minimal End User intervention.
FN CTO Whitepaper - QPP
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User Types
Static data will be established at provisioning.
Dynamic data can be adjusted in real time.
Static Data Dynamic Data
FN QPP Framework
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Incident Type
Incident data will be adjusted in real time by the network and/or a Public Safety application
FN QPP Framework
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Application Type
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This data is defined during agency onboarding.
FN QPP Framework
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Operational Profiles
• Application Profiles can be grouped into Operational Profiles
• Public Safety Entities define their own Operational Profiles
• PSEs should be able to change their Operational Profile when they acquire an active role in an incident
FN QPP Framework
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Network States
Static, Dynamic and Controlled states can coexist in the overall NPSBN, in different geographical areas.
FN QPP Framework
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Network State: Static
The network operational mode that utilizes the QoS, Priority and Preemption properties that were statically defined when users were provisioned in the network
FN QPP Framework
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Network State: Dynamic
The network operational mode when the network begins to see congestion that cannot be relieved through the static QPP configuration utilized in the Static State.
FN QPP Framework
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Network State: Controlled
The network operational mode when QPP properties can be directly influenced by an authorized individual
FN QPP Framework
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Overall QPP Framework
A QPP framework plus Responder Emergency and Immediate Peril
FN QPP Framework
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Emergency, Immediate Peril
Responder Emergency Immediate Peril
Used by the public safety user whenthere is an immediate danger to theirlife or property
Used by the public safety user whenthere is an urgent need to access aparticular broadband application that isbeing denied due to networkcongestion. The urgent need is tied to athreat to human life or property, notnecessarily the responder themselves
Police Officer activates ResponderEmergency after shots are fired
EMS technician activates IP to prioritizea telemedicine session for a patient heis treating
A remote video dispatcher sees aresponder fall unconscious andactivates RE for the downed User
In congestion, the Incident Commanderwants to view video from a firefighter’sbody-‐worn camera
Prioritized application for RE is set during provisioning, while it is chosen by the user for IP
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Relationship to Local Control
• Set user parameters at the time of device partitioning
• Set application parameters at the time of agency on-boarding
• Set operational profiles at the time of agency on-boarding
• Users have access to Responder Emergency and Immediate Peril
• Adjust user and application profiles dynamically when necessary (on rare occasions)
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QPP in the State Plan
• How does the State Plan address RFP Objective #10 for QPP?• Review Local Control descriptions:• Key RF parameters (for instantaneous capacity)• Tonnage (for overall network capacity)
FN Portal Concept
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QPP in the State Plan (Cont.)
• How does the State Plan address RFP Objective #10 for QPP?
– Section A.6: Network Services
– Operational differences?:
• On existing AT&T network before Band 14 is built out;
• Once Band 14 is built out and co-exists with AT&T commercial band;
• In areas only with Band 14 coverage.IOC/FOC (Attachment J-8 of RFP)
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• Review Local Control descriptions:
– Provisioning Capability
• Section B.7: Local Control and Management of User Devices;
• Section C.5: Local Control (Applications);
– Support of Responder Emergency and Immediate Peril
– Opportunity for authorized users to make dynamic adjustments
QPP in the State Plan (Cont.)
State Plan Template
(Attachment J-19 of RFP)
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QPP in the State Plan (Cont.)
• Key RF parameters (for instantaneous capacity)
– The FirstNet RFP required respondents to provide information on average uplink and downlink data rates
< 10 Mbps 10-16 Mbps 16-22 Mbps 22-28 Mbps >28 Mbps
Number of sectors with Average DL sector throughput
< 7 Mbps 7-11 Mbps12-18 Mbps 19-25 Mbps>25 Mbps
Number of sectors with Average UL sector throughput
Coverage and Capacity
(Attachment J-17 of RFP)28
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QPP in the State Plan (Cont.)
• Tonnage (for overall network capacity)
• Estimated county-by-county in GB/mo.
• Total estimated for IN is 761,122 GB/mo.
• Should be evaluated at different stages of deployment: IOC1-5, FOC– What is the growth factor?
County Name
Total Tonnage
by County
(GB/Month)
Marion 107,787
Lake 56,559
Allen 42,219
Hamilton 34,914
St. Joseph 30,876
Elkhart 23,301
Tippecanoe 21,123
Vanderburgh 21,000
Porter 19,275
Hendricks 18,006
Johnson 17,022
Monroe 16,539
Madison 15,006
Delaware 13,506
Clark 13,182
LaPorte 12,858
Vigo 12,480
Howard 9,573
Bartholomew 9,255
Kosciusko 9,063
Floyd 8,790
Hancock 8,304
Morgan 8,040
Grant 7,911
Wayne 7,809
Tonnage, User, Device from RFP
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FirstNet Tonnage Map
Graphical representation of Tonnage from RFP
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• QPP is a key item for public safety use of the NPSBN– There are complex underlying technical parameters that control
QPP– The goal of the FirstNet QPP framework is to work effectively for
public safety with minimal End User intervention
• Prepare for Draft State Plan review:– Identify State team to review current QPP information:
• Distribute briefing package to review team• Become familiar with the proposed framework
– Review State Plan guidance from FirstNet and update plan as necessary
– Review and validate the Tonnage map• Estimate current usage
– Identify additional information to be gathered
Conclusion and Next Steps
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Q&A - DISCUSSION
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Thank You!
Dominick ArcuriSenior Advisor
Indiana FirstNet NPSBN Program